Overview
ABSTRACT
The article explores the different techniques and developments of retaining walls used to stabilize terrain. Historically based on mass to ensure stability, retaining walls have evolved significantly with the invention of reinforced concrete and Reinforced Earth® systems. It outlines various types of walls, such as gravity walls, reinforced concrete walls, and gabion walls, each with advantages and constraints depending on terrain and geotechnical conditions. Preliminary soil studies are essential to ensure the stability of these structures. Drainage and foundation quality also play a crucial role in the durability and safety of the walls. The article emphasizes the importance of geological surveys and rigorous checks to prevent instability.
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Thibault FOURCADE: Engineer
INTRODUCTION
Retaining walls are essential civil engineering structures for retaining upstream soil in areas of cut or fill. Historically, these structures relied on their mass to ensure stability, but technological advances, such as the introduction of reinforced concrete and Terre Armée ® , have revolutionized their design. These modern techniques enable the design of thinner, more efficient walls, capable of withstanding considerable forces. The choice of retaining wall type is crucial, and relies on a thorough analysis of the site's geological and hydrogeological conditions. This article provides an overview of the various techniques and selection criteria essential to the construction of these structures.
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KEYWORDS
retaining wall | drainage | Stabilization
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Retaining walls
Bibliography
Standards and norms
- Reconnaissance and testing – Soil identification and classification. - NF P 94-282 - 2012
- Justification of geotechnical structures – Application to retaining structures. - NF P 94-261 - 2013
- Eurocode 7: Geotechnical design – Part 1: General rules. - NF EN 1997-1 - 2005
- Concrete – Specification, performance, production and compliance – National supplement. - NF EN 206/CN - 2014
- Soil classification...
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